Font Hero

Sans Other Jamid 1 is a regular weight, normal width, monoline, upright, normal x-height font.

Keywords: branding, posters, headlines, ui display, gaming, futuristic, tech, modular, sleek, retro, sci‑fi feel, system look, distinct identity, display impact, rounded corners, square curves, octagonal, stencil-like, geometric.

A geometric sans with monoline strokes and a distinctly squared, rounded-corner construction. Curves tend to resolve into quarter-rounds and softened right angles, giving many glyphs an octagonal or “soft-rectangle” silhouette. Counters are tight and often rectangular with rounded inner corners, and several letters use open joins or clipped terminals that create a subtle stencil-like logic. The overall rhythm is clean and even, with simplified forms (notably in S, G, and a) and a consistent, engineered curvature across uppercase, lowercase, and numerals.

Well suited to display applications such as tech branding, game titles, sci‑fi posters, product packaging, and interface headings where distinctive letterforms help create a strong identity. It can also work for short blocks of text in larger sizes, especially in contexts that benefit from a digital or engineered aesthetic.

The font conveys a futuristic, interface-driven tone with a mild retro sci‑fi flavor. Its modular geometry feels technical and designed, suggesting digital readouts, hardware labeling, and speculative/space-themed aesthetics rather than casual prose.

The design appears intended to blend geometric clarity with a distinctive, constructed personality—using softened right angles and clipped joins to evoke a futuristic, systemized look while remaining legible and consistent across cases and numerals.

Distinctive construction details include squared bowls, frequent open apertures, and compact counters that emphasize silhouette over calligraphic nuance. The numerals match the same soft-rectilinear geometry, maintaining consistency for set tables and dashboards, while the overall voice stays crisp and logo-friendly at display sizes.